CIMAT: A Compute-In-Memory Architecture for On-chip Training Based on Transpose SRAM Arrays.
Hongwu JiangXiaochen PengShanshi HuangShimeng YuPublished in: IEEE Trans. Computers (2020)
Keyphrases
- random access memory
- embedded dram
- design considerations
- memory access
- memory subsystem
- dynamic random access memory
- level parallelism
- analog vlsi
- multithreading
- cmos technology
- training set
- high speed
- vlsi implementation
- nm technology
- content addressable memory
- memory management
- power consumption
- low cost
- low voltage
- instruction set
- focal plane
- digital signal processors
- associative memory
- power dissipation
- training process
- low power
- host computer
- ibm power processor
- management system
- real time
- ibm zenterprise
- high bandwidth
- external memory
- operating system
- data access
- main memory